My past research efforts focused on condensed matter and statistical physics, especially non-equilibrium and hysteresis phenomena in different physical systems. In pursuing my M.S. degree in physics, I have been working on flux creep and vortex dynamics simulations in type-II superconductors. During my phD study, I worked on disordered magnets. My research projects encompassed both theoretical and applied areas. My theoretical work focused on the zero-temperature random-field Ising model both in equilibrium and out of equilibrium. My applied work focused on the determination of the intrinsic switching field distribution for perpendicular recording media.
Currently, I am working on the control of network, using both analytical methods and numerical simulations.